AgriBio Systems • Program Library

01

Program

Seed Treatment
Program

Early-season establishment sets the ceiling for yield potential. This approach focuses on accelerating germination, improving early nutrient uptake, establishing beneficial biology at planting, and supporting resilience during early stress events.

Products & Purpose

MycoPlex® Super Active

Seed-applied biological inoculation and early root colonization.

Germination

Encourages uniform, rapid germination from planting day.

Root Mass

Promotes early root development and increased root surface area.

P & K Access

Improves phosphorus and potassium access through mycorrhizal associations.

Early Biology

Establishes beneficial biology at planting for stress tolerance and efficiency.

InDepth® Two-Part

Early metabolism, nutrient utilization, and biological support during germination.

Root Architecture

Promotes early root development and branching from emergence.

N Metabolism

Supports nitrogen metabolism and early photosynthesis.

P & K Efficiency

Improves phosphorus and potassium efficiency in early-season conditions.

Microbial Energy

Provides energy sources to support microbial survival and activity.

How these work together

MycoPlex® establishes early microbial and fungal associations that expand root access to nutrients and water
InDepth® supplies energy and biologically available nutrients to support microbial activity and root expansion
Together, they drive efficient germination, root growth, and nutrient uptake in the critical first 30 days

Timing & Placement

Placement

Applied directly to seed prior to planting.

Critical Window

The first 7–21 days after planting determine root architecture, nutrient efficiency, stress tolerance, and the yield potential ceiling.

Key Takeaway

This program isn't about coating seed — it's about activating biology, metabolism, and nutrient efficiency at planting.

02

Program

In-Furrow
Program

The in-furrow window is a critical opportunity to establish biological dominance, support early root function, and improve nutrient availability directly in the root zone — complementing seed treatment by extending biological activity into the soil where roots explore during early growth.

Products & Purpose

BioMax® E

Living biology to populate the root zone and support nutrient retention.

Biodiversity

Promotes microbial biodiversity and soil balance.

Nutrient Uptake

Enhances nutrient uptake, retention, and cycling.

Water Holding

Improves water-holding capacity and root-zone efficiency.

Stress Resilience

Supports resilience under early-season stress.

DualStart® B + F

Targeted bacterial and fungal support to promote rhizosphere balance.

B + F Balance

Supports both bacterial and fungal populations simultaneously.

Mineralization

Improves nutrient mineralization and recycling.

Hydration

Enhances root-zone hydration and water uptake.

Aggregation

Encourages stable soil aggregation and structure.

Pacific Gro SeaPhos

Plant-available phosphorus and carbon energy for early root metabolism.

Available P

Supplies plant-available phosphorus during early growth stages.

Root Energy

Supports early energy demand and root metabolism.

Microbial Feed

Enhances microbial efficiency and nutrient cycling.

How these work together

DualStart® B + F balance bacterial and fungal populations in the root zone
BioMax® E rapidly increases microbial activity and diversity at planting
SeaPhos supports both plant metabolism and microbial energy demand
Together, they create a biologically active, nutrient-efficient root environment from day one

Timing & Placement

Placement

Applied in-furrow at planting, directly in the root zone alongside the seed.

Critical Window

The first 7–21 days after planting set root architecture, nutrient efficiency, biological dominance, and yield potential ceiling.

Key Takeaway

In-furrow is about placing biology + energy where roots will live first — so the crop builds momentum early.

03

Program

Nitrogen Efficiency
Program

Nitrogen is one of the largest input costs — and one of the most easily lost. This program supports nitrogen efficiency by reducing loss pathways and improving plant uptake through microbial processes and nutrient movement in the soil.

Products & Purpose

FixatioN

Supports efficient nitrogen use and balanced plant nutrition during sidedress and foliar timing.

N Control

Supports controlled nitrogen availability to reduce loss.

N Metabolism

Enhances nitrogen metabolism and utilization in-plant.

Micronutrients

Supplies micronutrients supporting enzyme function and efficiency.

Flexibility

Provides flexibility for sidedress or foliar application.

C 12%

Humic substances to improve nutrient retention, soil structure, and microbial activity.

Chelation

Improves nutrient retention and chelation in the root zone.

Soil Structure

Enhances soil structure and root-zone efficiency.

Microbial

Stimulates microbial diversity and activity.

Stress

Supports resilience under stress conditions.

How these work together

FixatioN supports nitrogen metabolism and reduces loss during application windows
C 12% improves nutrient holding capacity and microbial efficiency in the soil
Pair with sulfur to enhance nitrogen conversion and improve overall N efficiency in the plant
Together, they improve nitrogen availability, uptake, and return on investment

Timing & Placement

Placement

Applied with in-season nitrogen applications — often sidedress or foliar timing.

Why Timing Matters

Peak nitrogen demand windows are critical. Supporting efficiency here improves uptake and reduces loss at the moment it matters most.

Pro Tip

Pair this program with sulfur to enhance nitrogen conversion and improve overall nitrogen efficiency in the plant.

04

Program

Crop Strength &
Disease Prevention

Disease pressure often begins long before visible symptoms appear. This program focuses on strengthening plant structure, improving metabolic efficiency, and enhancing stress resilience to reduce susceptibility to fungal disease — using Ca 7%, B4, Si 2%, and Co 4% during key growth stages.

Products & Purpose

Ca 7%

Cell wall strength and membrane stability.

Cell Walls

Strengthens cell wall integrity and structural rigidity.

Nutrient Uptake

Enhances nutrient uptake and utilization throughout the plant.

Development

Supports healthy root and shoot development.

B4

Cell wall formation and nutrient transport.

Cell Walls

Supports cell wall development and stability.

Transport

Improves nutrient uptake and internal transport.

Reproduction

Supports reproductive development and yield formation.

Si 2%

Reinforces tissue and physical defenses.

Tissue

Strengthens plant tissue and cell walls under pressure.

Stress Tolerance

Improves stress tolerance under environmental pressure.

Water Use

Supports efficient water use and nutrient uptake.

Co 4%

Enzyme activation and stress resilience.

Stress Response

Supports stress resilience and plant vigor.

Enzymes

Enhances enzyme function and nutrient efficiency.

Flexibility

Provides flexibility for soil or foliar application.

How these work together

Calcium and boron strengthen plant cell walls and tissue structure from the ground up
Silica reinforces physical barriers and supports natural resilience against fungal pressure
Cobalt supports enzyme activity and stress response at critical growth stages
Together, they create a stronger, more resilient plant that's a harder target for disease

Pro Tip

Strong plants are harder targets — apply preventatively to support crop health before disease pressure develops.

05

Program

Residue Digestion
Program

Crop residue management impacts nutrient cycling, soil structure, and early-season planting conditions. This program accelerates decomposition, stimulates microbial activity, and recycles tied-up nutrients back into the soil profile.

Products & Purpose

BioMax® E

Biology to jumpstart residue breakdown.

Biodiversity

Promotes microbial diversity and soil balance.

Nutrient Release

Enhances nutrient release from decomposing residue.

Soil Structure

Improves soil structure and water efficiency.

BAC

Accelerates residue digestion and suppresses undesirable microbes.

Digestion

Accelerates crop residue digestion rate.

N Cycling

Supports nutrient cycling and nitrogen processes.

Detox

Assists in detoxifying chemical residues.

Molasses

Carbon energy to fuel microbial growth and activity.

Microbial Feed

Feeds beneficial bacteria and fungi in the soil.

Decomposition

Accelerates organic matter decomposition.

Mineralization

Enhances nutrient mineralization.

Pacific Gro SeaPhos

Supports microbial energy transfer and nutrient cycling.

Microbial Energy

Supports microbial energy demand during digestion.

Nutrient Cycling

Improves nutrient cycling efficiency.

How these work together

BioMax® E and BAC introduce diverse, active microbial populations directly to the residue
Molasses supplies the carbon needed to fuel rapid microbial growth
SeaPhos supports microbial energy transfer and nutrient cycling
Together, they accelerate residue breakdown while improving soil structure and nutrient availability

Timing & Placement

Placement

Applied post-harvest or during residue management passes.

Best Results

Apply while soil temperatures remain above freezing to allow biology time to work before spring planting.

Key Takeaway

This program isn't about removing residue — it's about converting residue into value.

06

Options

Foliar Application
Options

Foliar applications offer flexibility to address nutrient demand, stress response, and metabolic efficiency in real time. From amino acids and carbon to micronutrients and biological stimulants — AgriBio's foliar lineup provides targeted solutions that fit real-world programs.